首页自然科学
   首页化学
   首页应用化学
0


工程金属有机框架

Engineering Metal-Organic Frameworks
课程网址: http://videolectures.net/preglov_falcaro_metal_organic_frameworks...  
主讲教师: Paolo Falcaro
开课单位: 格拉茨技术大学
开课时间: 2019-06-04
课程语种: 英语
中文简介:
金属有机骨架(MOFs)是一类由无机节点与有机配体配位而成的超多孔材料。所得自组装晶体具有极高的可及表面积和窄的孔分布。MOF在传感、微电子、能源生产、微流控和生物技术等多种功能应用中都是很有前途的材料(图1)。然而,基于MOF的技术的实际应用需要合成协议来控制这些多孔晶体的功能化以及它们与合适的多功能和生物平台的集成。在本报告中,我们将揭示不同种子在触发mof自组装中的作用。我们将特别关注我们在制备MOF复合材料(包括MOF生物复合材料)以及使用陶瓷材料和无机前体对MOF晶体进行定位方面的最新进展
课程简介: Metal organic frameworks (MOFs) are a class of ultra-porous materials synthesized by coordinating inorganic nodes with organic ligands. The obtained self-assembled crystals have exceptionally high accessible surface area and narrow pore distribution. MOFs are promising materials for a variety of functional applications including sensing, microelectronics, energy production, microfluidics and biotechnology (Figure 1). However, the practical application of a MOF-based technology requires synthetic protocols for the controlled functionalization of these porous crystals and their integration with suitable multifunctional and biological platforms. In this presentation, we will disclose the role of different seeds that can trigger the self-assembly of MOFs. In particular we will focus on our recent progress in the preparation of MOF composites, including MOF bio-composites, and the positioning of MOF crystals using ceramic materials and inorganic precursors
关 键 词: 工程金属; 有机框架; 金属有机骨架
课程来源: 视频讲座网
数据采集: 2020-11-29:yxd
最后编审: 2021-09-20:zyk
阅读次数: 202